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- W4316927647 abstract "Abstract In birds, the nucleus of the basal optic root (nBOR) and the nucleus lentiformis mesencephali (LM) are brainstem nuclei involved in the analysis of optic flow. A major projection site of both nBOR and LM is the medial column of the inferior olive (IO), which provides climbing fibers to the vestibulocerebellum. This pathway has been well documented in pigeons, but not other birds. Recent works have highlighted that zebra finches show specializations with respect to optic flow processing, which may be reflected in the organization of optic flow pathways to the IO. In this study, we characterized the organization of these pathways in zebra finches. We found that the medial column consists of at least eight subnuclei (i–viii) visible in Nissl‐stained tissue. Using anterograde traces we found that the projections from LM and nBOR to the IO were bilateral, but heavier to the ipsilateral side, and showed a complementary pattern: LM projected to subnucleus i, whereas nBOR projected to subnuclei ii and v. Using retrograde tracers, we found that these subnuclei (i, ii and v) projected to the vestibulocerebellum (folia IXcd and X), whereas the other subnuclei projected to IXab and the lateral margin of VII and VIII. The nBOR also projected ipsilaterally to the caudo‐medial dorsal lamella of the IO, which the retrograde experiments showed as projecting to the medial margin of VII and VIII. We compare these results with previous studies in other avian species." @default.
- W4316927647 created "2023-01-18" @default.
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- W4316927647 date "2023-01-17" @default.
- W4316927647 modified "2023-10-18" @default.
- W4316927647 title "Topography of optic flow processing in olivo‐cerebellar pathways in zebra finches (<i>Taeniopygia guttata</i>)" @default.
- W4316927647 cites W1508412618 @default.
- W4316927647 cites W1576230312 @default.
- W4316927647 cites W1635835307 @default.
- W4316927647 cites W1755501564 @default.
- W4316927647 cites W1863706046 @default.
- W4316927647 cites W1894862974 @default.
- W4316927647 cites W1964131636 @default.
- W4316927647 cites W1964346760 @default.
- W4316927647 cites W1968238816 @default.
- W4316927647 cites W1969688155 @default.
- W4316927647 cites W1974341787 @default.
- W4316927647 cites W1974699871 @default.
- W4316927647 cites W1980725862 @default.
- W4316927647 cites W1994940564 @default.
- W4316927647 cites W2000432751 @default.
- W4316927647 cites W2001000569 @default.
- W4316927647 cites W2002913816 @default.
- W4316927647 cites W2003543997 @default.
- W4316927647 cites W2009003036 @default.
- W4316927647 cites W2010483829 @default.
- W4316927647 cites W2021162467 @default.
- W4316927647 cites W2023646128 @default.
- W4316927647 cites W2026424085 @default.
- W4316927647 cites W2029768044 @default.
- W4316927647 cites W2032862171 @default.
- W4316927647 cites W2033309735 @default.
- W4316927647 cites W2033762237 @default.
- W4316927647 cites W2037389703 @default.
- W4316927647 cites W2037786300 @default.
- W4316927647 cites W2042127340 @default.
- W4316927647 cites W2043945710 @default.
- W4316927647 cites W2047248156 @default.
- W4316927647 cites W2047452260 @default.
- W4316927647 cites W2053671487 @default.
- W4316927647 cites W2053829119 @default.
- W4316927647 cites W2058752762 @default.
- W4316927647 cites W2062412447 @default.
- W4316927647 cites W2063239068 @default.
- W4316927647 cites W2064106033 @default.
- W4316927647 cites W2064745249 @default.
- W4316927647 cites W2065264564 @default.
- W4316927647 cites W2069659302 @default.
- W4316927647 cites W2070472723 @default.
- W4316927647 cites W2072534304 @default.
- W4316927647 cites W2073409971 @default.
- W4316927647 cites W2077028003 @default.
- W4316927647 cites W2078384279 @default.
- W4316927647 cites W2082190743 @default.
- W4316927647 cites W2083241037 @default.
- W4316927647 cites W2095576764 @default.
- W4316927647 cites W2096839902 @default.
- W4316927647 cites W2098052633 @default.
- W4316927647 cites W2098596246 @default.
- W4316927647 cites W2099660207 @default.
- W4316927647 cites W2104321133 @default.
- W4316927647 cites W2106995983 @default.
- W4316927647 cites W2111802204 @default.
- W4316927647 cites W2114377473 @default.
- W4316927647 cites W2118447065 @default.
- W4316927647 cites W2120585725 @default.
- W4316927647 cites W2121317140 @default.
- W4316927647 cites W2127834425 @default.
- W4316927647 cites W2131476846 @default.
- W4316927647 cites W2134977822 @default.
- W4316927647 cites W2138984265 @default.
- W4316927647 cites W2141309252 @default.
- W4316927647 cites W2144695273 @default.
- W4316927647 cites W2149926883 @default.
- W4316927647 cites W2151915756 @default.
- W4316927647 cites W2154908844 @default.
- W4316927647 cites W2158410506 @default.
- W4316927647 cites W2171289946 @default.
- W4316927647 cites W2220433520 @default.
- W4316927647 cites W2232174755 @default.
- W4316927647 cites W2235710784 @default.
- W4316927647 cites W2285819523 @default.
- W4316927647 cites W2395205065 @default.
- W4316927647 cites W2397633154 @default.
- W4316927647 cites W2425806986 @default.
- W4316927647 cites W2466579428 @default.
- W4316927647 cites W2506769806 @default.
- W4316927647 cites W2569585101 @default.
- W4316927647 cites W2682826680 @default.
- W4316927647 cites W2783538840 @default.
- W4316927647 cites W2786338614 @default.
- W4316927647 cites W2791998626 @default.